m=10 Kn.sec 27cm 300 Kn 40cm. -15 Kn.se /cm 150 cm 200 Kn 40em. m-15 Kn sec 2 cm 1 = 200 cm 4 100 Kn 1 = 200 cm 4pcn. 1500 cm Q-1b) From output input time history set, solve the same problem using Matlab generated noise input time history based on time domain response analysis of the numerical model. (Frequency Domain Approach) m=10 Kn.sec 27cm 300 Kn 40cm. -15 Kn.se /cm 150 cm 200 Kn 40em. m-15 Kn sec 2 cm 1 = 200 cm 4 100 Kn 1 = 200 cm 4pcn. 1500 cm Q-1b) From output input time history set, solve the same problem using Matlab generated noise input time history based on time domain response analysis of the numerical model. (Frequency Domain Approach)